The uncertainties in design variables are unavoidable in the optimal design of
electromagnetic devices, and there is an imperative demand to find a robust design, which is …

In electromagnetic design, uncertainties in design variables are inevitable, thus in addition
to pursuing the theoretical optimum of the objective function the evaluation of robustness of …

We optimized the magnetic field homogeneity of two canonical designs for mobile
microfluidic nuclear magnetic resonance (NMR) applications: two parallel magnets with an …

Due to unavoidable uncertainties related to material properties and manufacturing
processes, the robustness of the optimal solution must be considered when designing …

To reduce the impact of uncertainties in various manufacturing processes while maintaining
satisfactory performance level, we propose a robust global optimization approach for …

The worst case search plays a fundamental role in the design of electromagnetic devices
when robustness versus tolerances has to be pursued. Here, an approach is proposed to …

To counteract the performance degradation in electromagnetic devices due to mechanical
tolerances, assembly inaccuracies, poor knowledge of material parameters, etc., many …

Due to unavoidable tolerances in components construction and assembly, the actual
magnetic field in Tokamak devices differs from the nominal one. The experimental studies …

Abstract Magnets for Nuclear Magnetic Resonance applications are designed to provide
high level of magnetic flux density in a testing volume with the greatest level of field …

Design optimisation of electromagnetic and electromechanical devices is usually aided by
numerical simulations, such as the finite element method, which often carry high …